The present invention relates to one kind of controlled cooling heat treatment process and apparatus for bainite ductile iron.
本发明涉及一种贝氏体球墨铸铁的控制冷却热处理工艺及其装置。
CONTROLLED COOLING: Process by which steel is cooled from an elevated temperature in a predetermined manner to avoid excessive hardening, cracking or internal damage.
强制冷却：将高温钢材强制冷却到设计温度的工序，可防止钢材硬化过度，破裂或者内部损伤。
The principle and process of controlled cooling in highspeed wire production are introduced in simple, the process design thinking for delay controlled cooling analyzed.
简要介绍了高速线材控制冷却的原理与工艺要求，分析了延迟型控制冷却工艺的设计思路，该设计思路同时适用于大盘卷生产。
This article combines the rolling characteristic of H-beam, analyzes concrete problems of controlled cooling in rolling process and makes the optimization project of H-beam controlled cooling.
结合H型钢轧制的特点，分析控制冷却在轧制中运用的具体问题，制定了H型钢控制冷却的优化方案。
The optimum process of controlled rolling and accelerated cooling for obtaining better mechanical properties is given.
给出了所用成分钢要得到较佳力学性能所需的一种控制轧制和加速冷却工艺制度。
The water-curtain controlled cooling process after rolling steel plate in Shougang Group is analyzed, then a double closed-loop fuzzy control scheme for flow ratio is proposed.
分析了首钢中厚板轧后处理中的水幕控冷工艺过程，提出了一种双闭环流量比值模糊控制系统方案。
The Angle steel cross-section temperature field in cooling process simulation and experiment results are in good agreement with controlled cooling research of Angle steel.
通过对角钢控制冷却的研究，角钢冷却过程中断面温度场数值模拟结果和实验结果吻合良好。
Having been sheared into several pieces as required, the reinforced bar produced by continuous rolling process is adopted with controlled-cooling technology. Its properties are described.
本文介绍了在连轧机组上采用的钢筋经分段剪切后控制冷却的工艺及有关性能。
It is found that the more uniform temperature distribution could be acquired by strengthening the cooling in the fillet part of the H-beam in the controlled cooling process.
结果表明：在轧后控制冷却过程中，若冷却水集中从 H型钢腿部外侧对其腰腿接合处进行快速冷却可获得较均匀的温度分布。
It is found that the more uniform temperature distribution could be acquired by strengthening the cooling in the fillet part of the H-beam in the controlled cooling process.
结果表明：在轧后控制冷却过程中，若冷却水集中从 H型钢腿部外侧对其腰腿接合处进行快速冷却可获得较均匀的温度分布。
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